Automated medicine portfolio and organizer

1. A portfolio for holding medicine and medicine related items, the portfolio comprising: a first side; a second side; the first side being joined along one edge with the second side, the joint allowing the first side and the second side to be moved in a hinged like fashion away from each other to an open position and towards each other to a closed position; at least the first side including a plurality of receptors with each receptor configured to receive a medicine container; a sensor associated with each receptor, the sensor being configured to determine if a medicine container is present in the associated receptor; the second side comprising: at least two pockets for holding notepads for taking notes; a surface for receiving and holding a pill dispenser having multiple chambers with at least one chamber for each day of the week and each chamber being individually accessible; a pocket with a securing flap and fastening mechanism for holding items; and a calendar removably attached to the surface; a latching mechanism for securing the first side to the second side in the closed position.

2. The portfolio of claim 1 , wherein the plurality of receptors in the first side further comprise one or more elastic strips that are tacked directly to the interior surface of the first side to create a plurality of loops for receiving the pill bottles.

3. The portfolio of claim 2 , wherein the loops are of a uniform size.

4. The portfolio of claim 2 , wherein the loops are of varying sizes.

5. The portfolio of claim 1 , further comprising a display device associated with each of the receptors, wherein the display device can display status pertaining to the medication container associated with the receptor.

6. The portfolio of claim 1 , further comprising a wireless transceiver that can be used to wireless transmit the status of the one or more receptors, wherein the status may include that the receptor is full or empty.

7. The portfolio of claim 6 , further comprising a processing unit, wherein the processing unit is communicatively coupled to the sensors and the display devices and wherein the processing unit can detect the state of the sensors to determine if a medication container is present or not, and then present the status pertaining to the medication container on the display device.

8. The portfolio of claim 7 , wherein the processing unit executes a program that is operative to provide an indicator as to whether or not a dosage window is open with regards to the medications within the one or more of the medication containers.

9. The portfolio of claim 8 , wherein the processing unit is external to the portfolio and wirelessly communicates with the portfolio through a Bluetooth interface.

10. The portfolio of claim 7 , wherein the pill dispenser includes an array of visual indicators associated with each chamber of the pill dispenser and the processing unit is operative to set to the visual indicator to a first state to indicate a dosage window is open pertaining to a particular chamber, set the visual indicator to a second state to indicate that a dosage window has closed with the medication in the chamber being removed and set the visual indicator to a third state to indicate that a chamber is not to be accessed at this time.

11. A portfolio for holding medicine and medicine related items, the portfolio comprising: a first side; a second side; the first side being joined along one edge with the second side, the joint allowing the first side and the second side to be moved in a hinged like fashion away from each other to an open position and towards each other to a closed position; at least the first side including a plurality of receptors with each receptor configured to receive a medication container; a plurality of sensors with one sensor associated with each receptor and configured to be in a first state when a medication container is installed in the receptor and a second state when a medication container is not installed in the receptor; a plurality of display devices with one display device associated with each receptor; a wireless transceiver; a memory element containing program instructions; a processing unit communicatively coupled to the plurality of sensors, the plurality of display devices, the wireless transceiver and the memory device, and responsive to instructions within the memory device, the processing unit is configured to: detect when a medication container is removed from a receptor by detecting a state change of one of the plurality of sensors; presenting an indicator on the display device associated with a particular receptor when an action related to the medication container within the receptor needs to be taken.

12. The portfolio of claim 11 , wherein each of the plurality of sensors at least includes and RFID detector and, each of the medication containers includes and RFID, and wherein the processing unit is further configured to detect which container is present within a receptor by examining the RFID of the medication container.

13. The portfolio of claim 12 , wherein the processing unit can present status information on the display device associated with a particular receptor and pertaining to the medication container within that particular receptor by identifying the RFID of the medication container within the particular receptor.

14. The portfolio of claim 11 , wherein the processing unit sets the display device associated with each receptor to a first state when a dosage window is active for the medication container within the receptor, to a second state when the dosage window closes without detecting that the medication container was accessed and to a third state when the medication container should not be accessed.

15. The portfolio of claim 11 , wherein the processing unit is external to the portfolio and wirelessly communicates with the portfolio through a Bluetooth interface.

16. The portfolio of claim 11 , further comprising a pill box with a plurality of chambers and an array of visual indicators wherein a visual indicator is associated with each chamber of the pill box and the processing unit is operative to set to the visual indicator to a first state to indicate a dosage window is open pertaining to a particular chamber, set the visual indicator to a second state to indicate that a dosage window has closed with the medication in the chamber being removed and set the visual indicator to a third state to indicate that a chamber is not to be accessed at this time.

17. The portfolio of claim 11 , wherein the processing unit receives a dosage schedule over the wireless interface and sets the display devices in accordance with the dosage schedule.

18. The portfolio of claim 17 , further comprising a pill box with a plurality of chambers and an array of visual indicators wherein a visual indicator is associated with each chamber of the pill box and the processing unit is operative to set to the visual indicator to a first state to indicate a dosage window is open pertaining to a particular chamber, set the visual indicator to a second state to indicate that a dosage window has closed with the medication in the chamber being removed and set the visual indicator to a third state to indicate that a chamber is not to be accessed at this time.

19. The portfolio of claim 18 , wherein the memory device includes instructions that when executed by the processing unit present instructions for loading the pill box from the medication containers.

20. The portfolio of claim 19 , wherein the pill box includes a plurality of sensors with at least one sensor being associated with each of the chambers of the pill box and wherein the sensors change state with the chamber is open or closed.